Here are the numbers, down are the answers for the volume of water. I need the : average mean,

standard deviation

relative error. Please show how you got it so ican better understand for myself

Fxperiment 3: Mass-Volume Exercise - Calibration of Volumetric Bquipment 4. Calculate the mass of the transferred water by subtracting the mass of the empty fatk from mass of the flask filled with water. Record the mass of the transferred water in Table 1. 5. Repeat this procedure nine more times and record each mass in Table 1 . individual masses of 10 - mL, water, 7. Calculate the Volume of Water (mL.) from Density for cach corresponding mass using the density values listed in Table 5 and report those volumes in Table I (sample calculation is depicted at the end of this procedure). 8. Determine the Average (Mean). Standard Deviation, and Relative Error for Volume of Water (mL) from Density and report those results in Table 1 (sample calculation is depicted at the end of this procedure). Table 1. Volumes Measured with 10-mL. Graduated Cylinder As volume =DensityMass Density of water =0.998035 1. 0.99805g/ml9.8619gg=9.8813mL 2. 0.998085ghcl9.8821g=9.9016mL 3. 0.998035glouL9.7902g=9.8095mL 4. 0.998055gL9.9002g=9.9197mL 5. 0.998035g/ml9.8505=9.8699 5. 0.998035g/mL9.8505=9.86990.998035g/mL9.8288g=9.8482ml0.998035g/mL9.8598g=9.8792ml8.0.998035g/mL9.8902g=9.9097ml9.0.998055g/mL9.9001g=9.9196ml0.900cm9.7988g=9.8181ml